Solar Washing Machine Model Configurations
In this post we describe the models which are being used for the final analysis.
We outlined the simulations in the project description “Solar Washing Machine”
Initial model configurations were detailed at Solar Washing Machine Model Configurations
The configuration generation method was defined at Solar Washing Machine Model Atmosphere and Field Generation
All the simulations and models are detailed on git hub smaug_wash@github
Results Table
Name | Amplitude | Mag Field (T) | hhverustime | 3d mag sects | . 3d vsects |
---|---|---|---|---|---|
uni1 | 10 | .15 | . y. | . ? | . ? |
uni5 | 5 | .15 | . y. | . ? | . ? |
uni6 | 20 | .15 | . y. | . ? | . ? |
Name | Amplitude | Mag Field (T) | hhverustime | 3d mag sects | . 3d vsects |
---|---|---|---|---|---|
uni8 | 20 | .0375 | . y. | . ? | . ? |
uni6 | 20 | .15 | . y. | . ? | . ? |
uni10 | 20 | .0755 | . n | . n | . n |
Name | Amplitude | Mag Field (T) | hhverustime | 3d mag sects | . 3d vsects |
---|---|---|---|---|---|
uni11 | 10 | .0375 | . y. | . ? | . ? |
uni9 | 10 | .0755 | . y. | . ? | . ? |
uni1 | 10 | .15 | . y | . ? | . ? |
Rendering examples
Note use %2B to represent +
LaTeX
\(x_{1,2} = {-b\pm\sqrt{b^2 - 4ac} \over 2a}.\)
This math is inline $a^2+b^2=c^2
$.
This is on a separate line
a^2+b^2=c^2